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- W2016279080 abstract "Using a collection system consisting of three graded filters placed in series, a study was conducted during the past year on the particle size characteristics of airborne fallout. Initial collections made during March and April 1964, consisted of fission products with an effective age of 440–550 days. Specific nuclides measured in these samples included 144Ce–144Pr 125Sb, 137Cs, 95Zr-95Nb, 54Mn, 106Ru-106Rh and 90Sr. Either gamma spectrometry or radiochemistry was used for quantitative estimations. During the latter part of October and throughout November 1964, a second series of collections were made which included fresh fission product material presumably resulting from the atmospheric nuclear detonation in mainland China. In addition to the above nuclides, these samples were analyzed for 141Ce, 132Te-132I, 131I, 103Ru-103Rh, 140Ba-140La and 89Sr. Differences in the particle size distribution of material on each filter were determined by optical microscopy. For older debris, at least 88 per cent of the total activity was associated with particles having diameters of less than approximately 1.75 μ. In fresh fallout, certain radionuclides were initially associated with larger particles. With time, this distribution gradually decreased due to settling out of larger active particles. Data are presented on the degree of radionuclide fractionation which occurred in each size group." @default.
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- W2016279080 date "1966-05-01" @default.
- W2016279080 modified "2023-09-26" @default.
- W2016279080 title "Determination of Particle Size Characteristics of Old and Fresh Airborne Fallout by Graded Filtration" @default.
- W2016279080 doi "https://doi.org/10.1097/00004032-196605000-00006" @default.
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